Produktbeschreibung
Der EL Sequenzer ist ein kleiner Controller zum ansteuern von EL Leuchtkabel.
Der Sequenzer besitzt 8 Kanal, jeder Kanal ist mit einem Triac als Schalter ausgerüstet, damit kann die EL Spannung von etwa 100-200 V (435Hz) direkt geschaltet werden.
Als Controller kommt ein ATmega328 mit dem Arduino Lilypad Bootloader zum Einsatz.
The EL Sequencer is a ATmega based control board that allows the user
to program any sequence of blink, on/off, even PWM pulsing of EL wire.
Electroluminescent wire is this really neat, flexible cord that
emits a florescent light. Some times referred to as 'cool neon' because
the cord does not heat up. The kicker is that EL wire runs on high
voltage AC - about 125V at 425Hz. While EL wire requires very little
power, you can't use normal transistors to turn on/off a string of it.
So we created the EL Sequencer that uses TRIACs to control up to 8
channels.
What do I use this for? Checkout the
demo video.
You can have a lot of fun with EL! The demo video shows 8 strands of
about 12" lengths of EL. The length of wire is arbitrary - you can have
100ft wires, it doesn't matter! Your inverter must be matched with the
length of EL wire but it's not exact. I'm pretty sure we've got a 5-15ft
rated inverter driving 12" segments. The inverter may not like it, but
it works.
No really, what do I use this for? Oh! Oh, an example. Ok, checkout our tutorial on the
Heartbeat Straight Jacket. It's a combination of EL wire and some fancy 2.4GHz wireless control. All built into a straight jacket for Burning Man.
Note: The schematic shows an ATmega168, but we are currently using the ATmega328.
Features:
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ATmega328
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Board can be powered from USB or LiPo
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Switch chooses source and acts as on/off
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Compatible with Arduino (8MHz LilyPad)
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On-board 8MHz external resonator
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TRIAC part #: Z0103MN
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8 TRIACs can handle up to 600V
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Control 8 channels of EL
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Runs on 3.7V LiPo
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Footprint for connection to FTDI Basic for downloading code
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Footprint for connection to Nordic nRF24L01 2.4GHz wireless module
Documents: